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    • 1. 发明申请
    • Gps receiver
    • Gps接收器
    • US20060145917A1
    • 2006-07-06
    • US10516625
    • 2002-06-06
    • Akifumi MiyanoToshihiro IshigakiMasahiro Sasaki
    • Akifumi MiyanoToshihiro IshigakiMasahiro Sasaki
    • G01S5/14
    • G01S19/27G01S19/34
    • It is an object of the present invention to provide a GPS receiver capable of deciding quickly a GPS satellite as a communication object while suppressing a consumption power. In order to attain the object, when a receiving portion 101 does not receive WNa in the navigation message transmitted from the GPS satellite but receives WN, the GPS receiver of the present invention predicts WNa based on the received WN, and then restores the almanac based on this. Then, the almanac is stored in an almanac storing portion 103, and a satellite position calculating portion 106 reads the almanac as the case may be, and calculates a position of the satellite based on the almanac. The receiving portion 101 is controlled based on the calculated position of the satellite such that the navigation messages from a plurality of satellites that exist in the sky can be received, and a position measuring portion 107 measures the current position based on the navigation messages from a plurality of GPS satellites, which are received by the receiving portion 101.
    • 本发明的一个目的是提供一种能够在抑制消耗功率的同时快速地将GPS卫星确定为通信对象的GPS接收机。 为了实现该目的,当接收部分101在从GPS卫星发送的导航消息中没有接收到WNa但接收到WN时,本发明的GPS接收机基于接收的WN预测WNa,然后基于所接收的WN来恢复基于 对此 然后,历书被存储在历书存储部分103中,并且卫星位置计算部分106根据情况读取年历,并根据历书计算卫星的位置。 基于所计算的卫星的位置来控制接收部分101,使得可以接收来自天空中存在的多个卫星的导航消息,并且位置测量部分107基于来自于天线的导航消息来测量当前位置 多个GPS卫星,由接收部分101接收。
    • 2. 发明授权
    • Position information system
    • 位置信息系统
    • US06448927B1
    • 2002-09-10
    • US09830047
    • 2001-04-20
    • Toshihiro IshigakiArata KurosawaMasaki ArimaAkifumi Miyano
    • Toshihiro IshigakiArata KurosawaMasaki ArimaAkifumi Miyano
    • H04B7185
    • G01S19/34G01C21/20
    • In a position informing apparatus using position-measuring means, such as a GPS receiver, and communications means, such as a portable cellular phone, the operating time of the position-measuring means is shortened, thereby diminishing power consumption. Communications means (3), such as a portable cellular phone, of the position informing apparatus is provided with a position-measuring request button (3b) Position-measuring (1), such as a GPS receiver, is usually held in a power-off state, and the communications means (3) remains in a standby state. When the position-measuring request button (3b) is pressed, a control section (2) turns on power to the position-measuring means (1). A signal output from a GPS satellite is received by means of a position-measuring antenna (1a), and the position-measuring means (1) effects position-measuring operation. When position-measurement information is determined, the control section (2) sends the position-measurement information to the communications means (3), thus turning off power to the position-measuring means (1). The communications means (3) retains position information. When access is made to the communications means (3) from the outside, the position information is transmitted by way of a communications antenna (3a) . Alternatively, a predetermined number is automatically dialed, whereby the position information is transmitted.
    • 在使用诸如GPS接收机的位置测量装置的位置通知装置以及诸如便携式蜂窝电话之类的通信装置中,位置测量装置的操作时间被缩短,从而减少功耗。通信装置(3) 位置通知装置等的便携式便携式电话机具有位置测量请求按钮(3b)位置测量(1),例如GPS接收器,通常保持在断电状态,并且 通信装置(3)保持在待机状态。 当位置测量请求按钮(3b)被按下时,控制部分(2)接通位置测量装置(1)的电源。 通过位置测量天线(1a)接收来自GPS卫星的信号输出,位置测量装置(1)进行位置测量操作。 当确定位置测量信息时,控制部分(2)将位置测量信息发送到通信装置(3),从而关闭对位置测量装置(1)的电力。 通信装置(3)保持位置信息。 当从外部对通信装置(3)进行访问时,通过通信天线(3a)发送位置信息。 或者,自动拨打预定数量,由此发送位置信息。
    • 5. 发明授权
    • Process for processing a conductive damper for use in speaker
    • 用于处理用于扬声器的导电阻尼器的处理
    • US06604271B2
    • 2003-08-12
    • US09749676
    • 2000-12-28
    • Toshihiro IshigakiTakeshi Tokusho
    • Toshihiro IshigakiTakeshi Tokusho
    • H01S400
    • H04R9/043H04R31/00Y10T29/49002Y10T29/49005Y10T29/4908Y10T29/49181Y10T29/4922Y10T29/49222Y10T428/268
    • A conductive damper for use in a speaker is provided, the endurance and the moldability of which are improved. A base is moved downward to allow an inner top mold to abut on a bottom mold, then the base is further moved downward to allow the inner top mold and the bottom mold to be applied pressure and the base moves down with being guided by guiding means. At this time, energizing means energizes the inner top mold to press the bottom mold, thereby corrugations for the inner part of a workpiece of the conductive damper are molded. At this time, the workpiece of the conductive damper is pulled toward the inner side thereof. Then, the base is further moved downward to press an outer top mold onto the bottom mold, thereby corrugations for the outer part of the workpiece of the conductive damper are molded.
    • 提供了用于扬声器的导电阻尼器,其耐久性和可模塑性得到改善。 底座向下移动以允许内顶模抵靠在底模上,然后底座进一步向下移动,以允许内顶模和底模施加压力,并且底座随着导向装置的引导而向下移动 。 此时,通电装置激励内顶模以压下底模,从而模制用于导电阻尼器的工件内部的波纹。 此时,导电阻尼器的工件被拉向其内侧。 然后,基底进一步向下移动以将外顶模压到底模上,从而模制导电阻尼器的工件的外部部分的波纹。
    • 7. 发明授权
    • Clock system
    • 时钟系统
    • US06563765B1
    • 2003-05-13
    • US09595044
    • 2000-06-15
    • Toshihiro Ishigaki
    • Toshihiro Ishigaki
    • G04C1102
    • G04R20/06G04R20/04
    • The clock system corrects the instant time using a signal transmitted from a stationary satellite. In the clock system, a high-frequency-signal transmitted from the stationary satellite is converted to an intermediate-frequency-signal by an analogue-signal-processing-circuit, then converted into a digital signal, and finally decoded to a digital signal by a digital-signal-processing-circuit. A CPU of the system calculates the stationary-satellite-time out of time data included in the signal transmitted, further the CPU converts it to a co-ordinated universal time (UTC). The clock system corrects the time of a clock circuit with the UTC and displays it on a display. As a result, a user of the system at a fixed point on Earth can always receive the time data from the same satellite, so that the clock system can keep time with high accuracy.
    • 时钟系统使用从固定卫星发送的信号来纠正即时时间。 在时钟系统中,从固定卫星发送的高频信号通过模拟信号处理电路转换成中频信号,然后转换为数字信号,最后通过 数字信号处理电路。 系统的CPU计算发送信号中包含的固定卫星时间不合时间数据,CPU还将其转换为协调世界时(UTC)。 时钟系统使用UTC校正时钟电路的时间并将其显示在显示屏上。 因此,地球上固定点处的系统用户总是可以从同一卫星接收时间数据,从而使得时钟系统可以高精度地保持时间。
    • 8. 发明授权
    • Position detection apparatus
    • 位置检测装置
    • US6121921A
    • 2000-09-19
    • US887086
    • 1997-07-02
    • Toshihiro Ishigaki
    • Toshihiro Ishigaki
    • G01S19/48G01S1/00G01S7/285G01S19/27G01S19/34H04B1/16G01S5/02
    • G01S19/34
    • A position detection apparatus is disclosed which comprises: a GPS receiver for receiving at least a GPS radio wave signal, calculating and outputting position data from at least the GPS signal received; a PWR SUPP for supplying a PWR to the GPS receiver; a SW for controlling supplying the PWR to the GPS receiver; a timer; and a control portion for operating the SW to supply the PWR to the GPS receiver periodically using the timer and the SW, for detecting whether the position data Is outputted by the GPS receiver for a predetermined interval from when the PWR is supplied using the timer, and for operating the SW to stop supplying the PWR to the GPS receiver when the position data is not outputted by the GPS receiver for the predetermined interval. The control portion stores the position data from the GPS receiver and reads and outputs the latest position data in response to a position data request. Scanning a PRN signal in the GPS signal with a PRN signal generated therein with a range determined by a total continuous PWR OFF period. In the cyclic PWR ON operation, the cycle is controlled by an externally input signal. An intermittent receiving operation may be effected when the position data is not outputted by the GPS receiver because more than a predetermined number of GPS signals are not received.
    • 一种位置检测装置,包括:GPS接收器,用于至少接收GPS无线电波信号,至少从所接收的GPS信号计算并输出位置数据; 用于向GPS接收机提供PWR的PWR SUPP; 用于控制向所述GPS接收器供应所述PWR的SW; 一个计时器 以及控制部分,用于操作SW以使用定时器和SW周期性地向GPS接收器供应PWR,用于检测GPS接收器是否从使用定时器提供PWR的预定间隔输出位置数据, 并且当位置数据不以GPS接收器输出预定间隔时,用于操作SW停止向GPS接收器供应PWR。 控制部分存储来自GPS接收机的位置数据,并响应于位置数据请求读出并输出最新的位置数据。 用其中生成的PRN信号在GPS信号中扫描具有由总连续PWR OFF周期确定的范围的PRN信号。 在循环PWR ON操作中,循环由外部输入信号控制。 当GPS接收机不输出位置数据时,可以进行间歇接收操作,因为没有接收到预定数量的GPS信号。